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CLAYTON SOUTH VIC 3169 AUSTRALIA
Biography
George is an applied physicist involved in many aspect of computational modelling specializing in material design and analysis. These range from code development and application of Monte Carlo (MC) and Molecular Dynamics (MD) based codes spanning a range of length domains from atomistic to coarse grained along with analysis and characterization. Application of Machine Learning in material design and process optimization is also a core interest of collaboration with industry and other researchers.
He is the principle developer of a variety of codes including Hybrid Reverse Monte Carlo (HRMC) which used to produce atomic models consistent with experimental data and empirical potentials, an MD coarse-grained code called Simulated Nanoparticle Assembly with Proto-particles (SNAP) used for nanoparticle aggregation modelling and a variety of analysis codes such as PorosityPlus, used to characterize porous materials.
Professional Areas
Fields of Research
Current Roles
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Computational physicist
Scientific software development and applications
Academic Qualifications
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2000
Bachelor of Applied Science (Applied Physics)
Royal Melbourne Institute of Technology -
2006
PhD (Applied Physics)
Royal Melbourne Institute of Technology
Professional Experiences
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2007-2016
Research Fellow
Applied Physics, Royal Melbourne Institute of Technology -
2010-2011
Research Fellow
School of Chemical Engineering, University of Queensland
Related links
Publications
We have publications by Dr George Opletal